On Nov 1, 3:33 pm, Terry Reedy wrote:
> > for obj, val in zip(Orders, locus):
> > obj.locus = val
>
> > I'm not sure how worthwhile it is converting the above to a list
> > comprehension (when the list would just be thrown away). Having said
> > that the call to zip creates an unnecessary list.
>
On 11/1/2011 11:37 AM, duncan smith wrote:
On 01/11/11 15:05, Gnarlodious wrote:
I want to assign a list of variables:
locus=[-2, 21, -10, 2, 12, -11, 0, 3]
updating a list of objects each value to its respective instance:
for order in range(len(Orders)):
Orders[order].locus=locus[order]
This
Am 01.11.2011 16:05, schrieb Gnarlodious:
I want to assign a list of variables:
locus=[-2, 21, -10, 2, 12, -11, 0, 3]
updating a list of objects each value to its respective instance:
for order in range(len(Orders)):
Orders[order].locus=locus[order]
This works, even though it reads lik
On 01/11/11 15:05, Gnarlodious wrote:
I want to assign a list of variables:
locus=[-2, 21, -10, 2, 12, -11, 0, 3]
updating a list of objects each value to its respective instance:
for order in range(len(Orders)):
Orders[order].locus=locus[order]
This works, even though it reads like do
On 11/01/2011 11:05 AM, Gnarlodious wrote:
I want to assign a list of variables:
locus=[-2, 21, -10, 2, 12, -11, 0, 3]
updating a list of objects each value to its respective instance:
for order in range(len(Orders)):
Orders[order].locus=locus[order]
This works, even though it reads li
Gnarlodious wrote:
> I want to assign a list of variables:
> locus=[-2, 21, -10, 2, 12, -11, 0, 3]
>
> updating a list of objects each value to its respective instance:
>
> for order in range(len(Orders)):
> Orders[order].locus=locus[order]
>
> This works, even though it reads like doggerel. Is
I want to assign a list of variables:
locus=[-2, 21, -10, 2, 12, -11, 0, 3]
updating a list of objects each value to its respective instance:
for order in range(len(Orders)):
Orders[order].locus=locus[order]
This works, even though it reads like doggerel. Is there a more
pythonesque way
